User Portlet
| Discussions |
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| Hello, I think this fractional iteration function is really cool. I think I had a similar idea to you to implement it as a Taylor series expansion. Nice to see it implemented as a Mathematica function. I hadn't really thought about that you could... |
| Thanks for your answer Daniel. I do have other reasons for being interested in implementing my work in Julia. This isn't a technical issue for me, it is a matter of what is ethically and legally appropriate to do with the Wolfram Language. What... |
| If it could be packaged as a stand-alone function I would recommend submitting it to the [Wolfram Function Repository](https://resources.wolframcloud.com/FunctionRepository/). |
| Thank you, that was exactly what I needed. |
| Daniel, just a remark - you can achieve the same by simply plotting the `PrimePi`-function: Plot[PrimePi[x], {x, 0, 200}] If you do it your way you probably might consider the option `InterpolationOrder`: ... |
| Option 2 and 3, old ones are not superseded. I chose for option 3: GeneralizedChaosGame because ChaosGame was already taken. |
| Building on Hans's idea, one can use `WithCleanup` to localized the redefinition of `Power` to a single execution: runInCombinatorialMode // ClearAll; runInCombinatorialMode // Attributes = {HoldAll}; runInCombinatorialMode[code_] :=... |
| Thank you Eric, I published all my symbols as you suggested and now the code works. |
| Thanks Jim and Daniel, having a couple of options is great as I fine tune the software. |
| Thank you, that was exactly the resource I needed. |